-transparent.png){kind=logo}
A sensitive reversed-phase high-performance liquid chromatographic method for the determination of labetalol has been developed. A mobile phase consisting of citrate buffer (pH 6.5), acetonitrile and 2-propanol and an RP-8 column were used. The sensitivity of the fluorescence detection was enhanced to 1 ng/ml of labetalol in plasma by optimizing the emitted light. General guidelines for optimization of fluorescence detection are discussed.
Related Publications
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
December 1981,
Journal of pharmacological methods,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
July 1979,
Journal of chromatography,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
April 1989,
Analytical biochemistry,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
January 2000,
Se pu = Chinese journal of chromatography,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
September 1982,
Journal of chromatography,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
March 1995,
Journal of chromatography. B, Biomedical applications,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
February 1989,
Analytical biochemistry,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
December 1989,
Journal of chromatography,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
October 1983,
Journal of chromatography,
V Ostrovská, and
X Svobodová, and
A Pechová, and
S Kusala, and
M Svoboda
July 1985,
Journal of chromatography,
